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Winding loss analysis and new air-gap arrangement for high-frequency inductors

机译:高频电感器的绕组损耗分析和新型气隙装置

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Based on the winding loss analysis of inductors, a portion of fluxes called as "by-pass" fluxes are revealed, which induce extra winding losses in inductor windings. A new airgap arrangement scheme for inductors with simple lumped air-gaps is proposed, in which the air-gaps are staggered in their positions to reduce the fluxes going into the winding window, resulting in much less winding losses than those with usual E-E or E-I type core. Finite element analysis is performed to analyze and verify the winding loss reduction for the new airgap arrangement scheme.
机译:根据电感器的绕组损耗分析,揭示了一部分磁通,称为“旁路”磁通,这会在电感器绕组中引起额外的绕组损耗。针对具有简单集总气隙的电感器,提出了一种新的气隙布置方案,该方案中,气隙错开位置以减少进入绕组窗口的磁通量,与普通的EE或EI相比,绕组损耗小得多类型核心。进行了有限元分析,以分析和验证新气隙布置方案的绕组损耗降低。

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